Wireless MEEAN  698813009916

RODE Wireless ME Compact Digital Wireless Microphone System (2.4 GHz, Black)

The Rode Wireless ME is a streamlined and easy-to-use wireless microphone system that lets content creators, vloggers, influencers, and mobile journalists at all experience levels quickly and confidently incorporate hands-free wireless audio into their productions—regardless of whether they're shooting on a camera, tablet, or mobile device.
In addition to the clip-on microphone/transmitter, the two-channel receiver also sports a built-in mic, making it possible to record audio from the camera operator—great for interviews and documentaries.

Boasting secure Series IV 2.4 GHz digital transmission at a range of up to 328 feet, the single-channel system is ready upon powering up, with no menus and or finicky dials to worry about—just instant functionality with easy-to-see LEDs that provide critical information at a glance.
When you're ready for more, use Rode's companion apps to access a powerful feature set and customize your settings.

Clip-On True-Wireless Mic/Transmitter
° Equipped with a high-caliber microphone built into the transmitter's compact housing, the Wireless ME delivers quality audio without demanding a separate microphone (external lavalier mic optional).
° The internal capsule's omnidirectional polar pattern ensures reliable audio pickup, even if mic placement is less than ideal, your subject's voice will be captured with clarity, intelligibility, and consistency.
° For a lower visual profile, the transmitter packs in a 3.5mm TRS input with plug-in power, so you can connect most lavalier microphones equipped with a non-locking 3.5mm TRS mini plug (such as Rode's own Lavalier GO, available separately) and still enjoy the convenience of the Wireless ME.
° Intelligent GainAssist technology automatically controls audio levels for perfectly clear sound in any application.

Dual-Channel Receiver with Built-In Mic
° Thanks to the receiver's minute form factor and integrated clip, it provides the flexibility to b